News and articles from Topstar

In automated processes such as injection molding and electronics assembly, linear robots are required to achieve rapid cycle times and extremely high precision. A linear robot that moves quickly but lacks positioning accuracy can destabilize the production line, whereas a robot with high positioning accuracy but excessively slow movement speeds will compromise overall production output.… Continue reading What type of linear robot can meet high-speed and high-precision process requirements?

Topstar offers two types of auto cooling system: water-cooled chillers and air-cooled chillers. Both models feature a modular design that reduces weld points by 60%, minimizes refrigerant leaks, and improves reliability. Both products are equipped with intelligent control features, including a 7-inch touchscreen, timed start/stop, and RS485 and MODBUS communication. They differ in structure and… Continue reading How to Choose Topstar Auto Cooling System for Injection Molding Production?

If an injection molding machine responds too slowly, the entire molding process becomes unstable; if the clamping system deforms under pressure, mold precision decreases; and if the control system cannot support high-end applications, product defects are likely to occur. Topstar’s injection molding machines are primarily built around two core technologies: a discrete intelligent drive and… Continue reading What are the two core technologies of Topstar injection molding machine?

The competitiveness of manufacturing plants no longer depends solely on a single piece of equipment or production line, but rather on the entire plant’s ability to operate efficiently as a coordinated system, achieving smooth material flow, intelligent equipment interconnection, controllable energy consumption, and real-time monitoring of all production decisions. This is precisely the core value… Continue reading Topstar Intelligent Whole Plant Solution: Comprehensive Plant Planning and Layout

Industries such as optics, automotive lighting, high-end photosensitive components, and those that use oil-containing raw materials each have distinct requirements for drying and dehumidification systems. To address these diverse needs, we offer a range of specialized dehumidifying dryers tailored specifically for these sectors, including the TCDH-S, TDN, TCDH, and TCDE series. Unlike our standard product… Continue reading Which dehumidifying dryers are suitable for specific industries?

When production processes involve medium-to-large parts, embedding, stacking part extraction, palletizing, or non-standard handling tasks, an injection molding robot is no longer merely performing simple motion tasks. It must bear actual physical loads, withstand cyclical stresses, and simultaneously safeguard both the mold and the parts. Consequently, an injection molding robot suited for high-load extraction requires… Continue reading What characteristics should an injection molding robot possess to be suitable for high-load scenarios?

In our previous article, we provided a detailed introduction to the industry-specific models within Topstar’s TTWP and TTOP mould temperature controller series. In addition to these specialized units, both series also offer standard versions. Standard mould temperature controllers are more versatile and widely applicable, making them suitable for most applications. The standard TTWP series covers three temperature… Continue reading Topstar Standard Mould Temperature Controller: TTWP/TTOP Series

Topstar’s TTWB, TTWP, and TTOP mold temperature controller series are engineered to meet the specific process requirements of specialized industries. The TTWP series is available in a “Pure Water” version and a “High Flow” version, while the TTOP series is the “Oil-based” version. Unlike standard models, these mold temperature controllers are typically used in applications… Continue reading TTWB, TTWP, and TTOP: Mold Temperature Controller Series Selection

When injection molding raw materials require deep dehumidification, one should not focus solely on drying temperature or heater power. Instead, the focus should be on whether the dehumidifying dryer can stably maintain an extremely low dew point, sustain a uniform airflow, and thoroughly remove moisture from hygroscopic plastics. The most direct and prominent feature of… Continue reading What are the characteristics of a dehumidifying dryer with deep dehumidification capabilities?

Thick-walled parts may seem easier to mold than thin-walled parts because the cavity requires a lower filling speed. However, they actually place different demands on electric injection molding machines. They require stable communication response speeds, highly repeatable injection behavior, longer holding pressure times, and precise low-speed control. Problems in any of these areas can lead… Continue reading How to choose an electric injection molding machine suitable for producing thick-walled parts?

Cartesian coordinate robots used in injection molding must help injection molding machines operate more efficiently, not just remove parts from the mold. To achieve this, Topstar has integrated three core technologies into its Cartesian coordinate robots: a drive control system, ejector pin soft floating control, and mold-opening position compensation. This results in a stable, intelligent,… Continue reading The Core Technology of Topstar Cartesian Coordinate Robots

Topstar’s EU Series 3-axis robot is primarily designed to address practical challenges encountered in injection molding production, specifically, inconsistent mold-opening positions, the need for repetitive setup and adjustment, slow response times, and a lack of transparency regarding equipment status. The EU Series integrates intelligent compensation capabilities, high-precision drive structures, ultra-high-speed motion performance, and standard MES… Continue reading Why choose the Topstar EU Series 3-Axis Robot for precision part extraction?